Fiber Lasers for marking machines and 10 reasons to choose them

Fiber lasers are widely applied in many various spheres such as medicine, aerospace, etc. So there is no wonder that fiber laser machines for marking play an important role in businesses that require engraving or adding markings to their products. Nowadays, numerous companies insist on putting their logos or special markings, containing a crucial company or product’s information, to their item.

Main principles of fiber laser marking machines

It should be noted that the principle of fiber laser marking machines’ operation is based on the use of highly concentrated energy from light generated by a laser beam of high quality, then this energy obtained by such a fiber laser system allows creating an image or writing over a product’s surface.

Also, fiber laser machines for marking are considered to be quite useful because they apply the light from a laser beam as a way of a product’s identification. Compared to the previous identification technique that used paint and ink for marking, fiber laser technology based on concentrated energy by laser beam’s light produces markings that cannot be smudged or covered over. This is the main reason why the majority of companies began to use this fiber laser system-based solution for engraving logos and descriptions on their products.

Fiber Laser marking machines’ features

Herewith, fiber laser marking machines offer numerous other reasons why it is necessary to choose them for your business:

  1. Fiber laser technology is a highly reliable and environmentally friendly solution;
  2. Laser system application on a wide range of materials;
  3. High-quality permanent marks on any surface;
  4. Cost-efficiency;
  5. Fiber laser marking machines are extremely durable and long-lasting;
  6. Resistance to harsh environmental conditions (high temperatures);
  7. Resistance to the process of sterilization, the laser system machine is ideal for medical and surgical equipment;
  8. High level of safety without the use of ink, paint, dangerous chemical matters or fumes;
  9. Fiber laser marking is software-based, to be precise, the machine enables to engrave any letter or character;
  10. Possibility to produce high-quality images on an object.

Fiber laser marking machines applications

Finally, these marking machines have numerous fields of fiber laser applications. For example, they are widely applied in the medical industry for manufacturing very specific medical tools. Fiber laser marking machines allows marking images, logos or even description on the medical devices that are subject of the sterilization process, herewith, the fiber laser technology does not influence the surface, consequently, it is safe to any patient.

One more fiber laser application includes marking the serial number of firearms that makes every item personal. Thus, it becomes easier to identify any firearm in the case of its stealing. Also, fiber laser marking machines are used for marking the serial number of each part of the industry during the manufacturing process.

Optromix is a fast-growing fiber laser manufacturer and a vendor of optical fiber sensors and optical monitoring systems. The company offers fast turnkey solutions and creates sophisticated fiber laser systems for special purposes. Optromix uses only its own technologies and develops a broad variety of fiber lasers. If you have any questions or would like to buy a laser system, please contact us at info@optromix.com

Fiber laser systems criteria for clinical treatments

Which fiber laser systems suit treatment in clinics best? First of all, it should be noted that a laser system with higher power does not mean the opportunity to do things a much lower power fiber laser system will not. The application of Class 4 laser systems of 0.5 W of power is the ideal solution for laser technology treatment in clinics.

To be more precise, photobiomodulation therapy or low-level fiber laser therapy requires a sufficient quantity of laser beam light energy into injured tissues. The thing is that skin scatters and reflects most of the laser beam light that it is exposed to resulting in great challenges.

Herewith, specific wavelengths of laser beam light energy have the skin penetration ability higher than others. Nonetheless, additional barriers (hemoglobin, oxyhemoglobin, fat, and water) are distinguished under the skin that also catches or reflects more of the remaining laser beam light. Thus, it is necessary to pay careful attention to the choice of therapeutic wavelengths to maximize a fiber laser system’s efficiency.

Also, laser systems with the ideal laser beam wavelengths to penetrate the tissue and a low level of overall power allow efficient treatment of small areas and take 30 minutes or even longer. The possible solution to the low power of fiber lasers and the requirement to treat a large area is substantially increasing treatment time to maintain the necessary dosage.

Such a disadvantage of Class 3b laser systems is considered to be the main reason a lot of early fiber laser research demonstrated amazing results. Compared to Class 3, Class 4 fiber laser systems are used in photobiomodulation, where the previous lasers leave off at 0.5W of laser beam power.

The higher power of laser systems enables “sufficient laser beam energy to be passed onto nerve, muscle, ligament, tendon, and capsular tissue in a reasonable amount of time”. The thing is that the usual therapy session takes from 2 to 6 minutes, which is acceptable in a clinical setting.

Fiber laser systems of high beam quality offer such benefits as the versatility to treat injured tissue in multiple areas in a given session, which greatly improves the overall effectiveness of the laser when adding it to a plan of care. Nevertheless, Class 4 laser systems commonly have a higher cost than Class 3 laser technology.

Finally, it is necessary to take into consideration the following factors when choosing fiber laser products: the laser device manufacturing, warranty parameters, application heads, and a type of available customer service to learn the staff how to use the laser system effectively after it is purchased. Although the fiber laser cost plays a crucial role, careful consideration should be given to the mentioned factors.

Optromix is a fast-growing fiber laser manufacturer and a vendor of optical fiber sensors and optical monitoring systems. The company offers fast turnkey solutions and creates sophisticated fiber laser systems for special purposes. Optromix uses only its technologies and develops a broad variety of fiber lasers. If you have any questions or would like to buy a laser system, please contact us at info@optromix.com

Ultrafast fiber lasers for smart cloth

Ultrafast fiber lasers for smart clothRecently waterproof energy-storing cloth for smart garments was developed on the basis of carbon dioxide and ultrafast fiber lasers. Researchers from Australia offer cost-efficient and scalable fiber laser technology that allows fast fabricating textiles with energy-storage devices installed inside them. The technology-based on CO2 laser system and ultrafast laser can produce a 10 × 10 cm smart-textile patch that has such benefits as waterproofing, stretchability, herewith, it can be easily integrated with energy-harvesting technologies.

To be more precise, the fiber laser technology promotes graphene supercapacitors (energy-storage devices) to be printed by laser systems directly onto textiles such as nylon. The principle of the technology is based on the combination of a supercapacitor printing by a fiber laser and a photovoltaic cell to create an efficient, washable, self-powering smart fabric. Additionally, the researchers confirm that such a laser system is able to overcome the main disadvantages of current e-textile energy-storage technologies.

It should be noted that the popular smart-fabrics industry finds numerous laser applications in wearable devices for “the consumer, healthcare, and defense sectors, including monitoring vital signs of patients, tracking the location and health status of soldiers in the field, and monitoring pilots and drivers for fatigue”. The most widespread laser system application is considered to be laser lithography.

The thing is that the researchers put an elastomer solution (polydimethylsiloxane) on one side of nylon textile while a solution of graphene oxide and binder is coated onto the other and dried to form a film 3 μm thick. Then CO2 laser and femtosecond laser are used to form the fabric. The carbon laser performs photothermal reduction, while the ultrafast fiber laser achieves a combination of photothermal and photochemical reduction. Thus, the researchers succeeded to produce supercapacitor electrodes 10 μm thick over an area of 100 cm2 with an interelectrode distance of 80 μm with the help of fiber laser systems.

Herewith, the laser beam power of 4.5 W up to 8 W is used for the photoreduction process. Finally, the researchers discovered that after washing and drying the resulting graphene-enhanced cloth 50 times in commercial laundering machines, the electrical conductivity of the thin film, produced by CO2 and ultrafast fiber lasers, remains virtually unchanged compared with its initial state.

It is planned that the fiber laser technology allows real-time storage of renewable energy for e-textiles, as well as a faster roll-to-roll fabrication based on multifocal fabrication and machine learning techniques. If you are looking for a fiber laser of high beam quality, you should choose the Optromix company.

Optromix is a fast-growing fiber laser manufacturer and a vendor of optical fiber sensors and optical monitoring systems. The company offers fast turnkey solutions and creates sophisticated fiber laser systems for special purposes. Optromix uses only its technologies and develops a broad variety of fiber lasers. If you have any questions or would like to buy a laser system, please contact us at info@optromix.com